Subjective opinion: the sound is softer, more balanced. The whole range is kind of longer, the edges (low and high) have become stronger and more detailed. I recommend you give it a try.
Thank you
New Customer?
Create your accountNo products
Prices are tax included
By buying this product you get 5 loyalty points
Viewed products
Find here a selection of useful and/or essential accessories for this product. These are specially selected by the Audiophonics team according to the characteristics of the product.
Dual OPA DIP8 (Unit)
Burson's latest PDO is the result of a partnership with a leading microchip manufacturer. So, with this alliance they created a new version of their V5 FET circuit. Moreover, in order to overcome certain limitations inherent in integrated circuits, they outsourced certain parts of their circuits and completed them with very high quality discrete components.
This V5i from Burson is the result of these collaborations. It is a hybrid audio PDO, integrating both integrated circuits and discrete components. In addition, it bears the sound signature of its big brother, the V5, considered by many as the reference in the world of audio.
With this V5i, Burson offers a PDO similar in size to a classic PDO and also with DIP8 support. Thus, it will be extremely easy to integrate into devices that also have DIP8 support and its size will not be a problem. Despite its contained size, the V5i offers exceptional performance.
The V5i has a bandwidth of up to 50MHz. If these very high frequencies are not audible by the human ear, they participate in the listening of a piece to the general feeling and the richness of the restitution. And just like its big brother the discreet V5, the V5i offers dynamic, transparent reproduction and a wide sound image.
BEFORE INSTALLING AN OPA
In order to know if the OPA V5i will work on your device, here are some steps to realize :
Installation
1. Make sure you have the right PDO
2. Connect the OPA in the correct direction:
Align the half circle of the PCB or IC support with the half circle of the V5i OPA.
An OPA connected in the wrong direction has a very high chance of being destroyed. An operating error is not covered by the warranty.
Compatibility
The Burson Dual V5i OPA is compatible and therefore interchangeable with the following OPA:
AD823, AD823AN, AD8066, AD8620, AD712, AD827, C4570, JRC4556AD, JRC4580, JRC5532, JRC5532D, JRC5534, LF353, LM4562, LME49860, LM833N, MUSES8920, NE5532, NEC4520, NEC4570, NJM2068D, NJM2114, NJM2214D, NJM4558, NJM4558D, NJM4560, NJM5532, NJM4558P, OP275, OPA1612, OPA2277PA, OPA2132, OPA2134, OPA2604, JRC4558, RC4558D, RC4558P, TL052, TL072, MUSES01, MUSES02, MUSES8820, MUSES8920, MUSES8832, BA15532.
Général | |
---|---|
Model | Dual V5i |
Connection type | DIP8 |
Dimensions | 11 x 11 x 7.3mm |
Quantity; | 1 - Unit |
Absolute maximum ratings | ||||
---|---|---|---|---|
Description | Min | Typ | Max | |
Supply voltage | +/-5V / 10VDC | - | +/-16V / 32VDC | |
Operating ambiant temperature | -25°C | - | 60°C | |
Storage temperature range | -65°C | - | 85°C |
DC Characteristics | ||||
---|---|---|---|---|
Description | Conditions | Min | Typ | Max |
Quiescent current | - | - | 10mA | - |
Input offset voltage | RS = 0 | 0.05mV | 3mV | - |
Input offset current | - | 0.02µA | 2µA | 3µA |
Input BIAS current | - | 1.2µA | 3µA | 4µA |
CMRR | - | - | 100dB | - |
PSRR | - | - | 90dB | - |
AC Characteristics | ||||
---|---|---|---|---|
Description | Conditions | Min | Typ | Max |
Open loop gain | - | - | 70dB | - |
Open loop bandwidth | RL = 600 Ohm | - | 45kHz | - |
Gain bandwidth product | @ 100kHz | - | 50MHz | - |
Slew rate | f = 10kHz, RS = 2 KOhm | 45V/µS | - | 50V/µS |
Input resistance | - | - | 45 MOhm | - |
Crosstalk distorsion | f = 1kHz, RS = 600 Ohm | - | > 95dB | - |
THD | 1kHz @ 2V, RL = 600 Ohm | - | 0.005% | - |
Output impedance | AV = 30dB closed loop f = 10kHz, RL = 600 Ohm | - | 0.5% | - |
Average votes 4.8 / 5 9 reviews | Why write products reviews ? You can share your feelings about products and help other people by sharing your experience |
Ričardas D.
Gregory K.
Roberto D.
Rene R.
Dominique C.